Passive Oberwellenfilter

Passive Harmonic Filter We are looking for experienced Distributors and Agents worldwide! General Introduction: 1, ZRLC series of low-voltage passive filtering device is composed of multiple LC filtering braches encompassing filtering capacitor, filtering reactor, free-inductance resistor,which is connected in parallel to the power network with nonlinear load. 2, All the filtering branches designs take key points into account including: the components and amount of harmonic and Var compensation. For the harmonic, each filtering branch works the same as the low-resistance route way, making most relevant harmonic flow into this branch. In this way, the filtering gets done and also the voltage common point and current distortion get less. Besides this, the device can supply the power system with capacitive Var power to enhance power factor of the power system. 3, The equipment can be used for voltage1kVor below, with capacity ranging from dozens of kilovar to thousands of kilovar. Main performance characteristics 1, Professional simulation calculation, design, check, to optimize the device design 2, Tailor-made filtering reactor and good-quality filtering capacitor adopted 3, Functions to keep the harmonic from increasing, and avoid resonance with power system available 4, Simple structure, low investment, reliable operation performance and low-cost maintenance 5, Well-developed protection for the following: over-current, quick break and so on. Main technical parameters __________________________________________________________ Rated voltage 0.4 1kV Rated frequency 50Hz/60Hz Harmonic filtering 5th, 7th, 11th, 13th or above(based on contents of harmonic) Filtering efficiency More than 70% of harmonic eliminated Power factor>0.90 Var compensation Power factor extends 0.92 Duty classContinuous Structure styleCabinet, Ambient temperature-10 +40oC Relative humidityMax. 85%, no condensing Altitude above sea levelBelow 1000m Note: Any special conditions, please consult us Parameters required for design 1, Power system drawing and parameters: rated voltage of power system, work voltage and so on 2, Points of common connecting (PCC) short-circuit capacity, power-supply protocol capacity, power-consumption protocol capacity 3, Parameters of load and work condition 4, Amount of harmonic generated 5, Active power factor, natural power factor and target power factor 6, Mounting requirements and cable arrangement Note: Full-scale assessment on the users power system will be performed by SSE upon request, and optimal scheme will also be proposed as well.